TwoAxis

测量温度，根据设定值与测量值的差值来实现一个电机控制系统，(Measuring temperature, according to the set value and the measured value of the difference to achieve a motor control system,)

说明：  本资料是关于dsplib的使用说明，其中还包括了各种算法的源码(This information is for use on the dsplib, including the source of various algorithms)

本代码主要实现SVPWM的算法，主要针对dsp28335。PWM波的频率为10KHz，死去时间2us。(This source code mainly realizes SVPWM and dsp28335 is used.The frequency of pwm is 10Khz and dead band time is 2us)

OMAPL138 外设使用经典例程，包括串口和网卡底层接收发送数据包检测工程(OMAPL138 peripherals use the classic routines, including the serial port and network card the underlying receiver to send data packet inspection works)

说明：  基于PIC单片机的19264点阵型液晶显示屏接口设计(Interface design of 19264 dot matrix LCD screen based on PIC MCU)

详细的讲解永磁同步电机的SVPWM原理及提供了 C++ 代码

SVM文本分类器源程序,英文界面,包含语料,没有解压缩密码,(SVM text classifier source program, English interface, including corpus, no decompression password,)

数字信号处理，用C语言实现srFFT,并编译通过(Digital signal processing, C language programming of the srFFT, has been through the compiler.)

自编的C语言Burg算法，可用于随机信号处理功率谱估计(C language self Burg algorithm for random signal processing power spectrum estimation)

为了避免复杂的三角函数和求根运算，便于数字信号处理器的实时运算，提出一种新 的SVPWM算法。采用SPWM中调制波与载波相比较的规则采样思路，通过在静止坐标系下直接 计算每个参考电压矢量所对应的三相调制波的函数值，进而得到每相电压在一个PWM周期中的 占空比．该算法的主要特点是计算简单，只需要普通的四则运算，适用于数字化系统。在扇区划 分和占空比饱和的处理上较传统SVPWM算法更简便，且过调制范围也略有拓展，具有很大的实 用性。仿真和实验结果证实了该算法的有效性。(In order to avoid complex trigonometric and root operation, ease of operation, real-time digital signal processor, propose a new SVPWM algorithm. Using SPWM modulation wave in comparison with the carrier' s regular sampling ideas, through the stationary coordinate system directly calculated for each reference voltage vector corresponding to the phase modulation wave function value, and then get each phase voltage in a PWM period accounted for air ratio. The main features of the algorithm is to calculate simple and requires only ordinary arithmetic for digital systems. Saturation in the sector division and duty cycle of the treatment more convenient than traditional SVPWM algorithm, and also a slight over-modulation range expansion, with great practicality. Simulation and experimental results confirm the effectiveness of the algorithm.)